RT 941 (@level941)Gold survived millennia because no alternative could outperform it under analog conditions. Once computation and cryptography arrived, the constraint lifted.The Lindy clock resets when a new medium performs the same function with less trust.Bitcoin is that reset.Szabo wrote about all this already.Satoshi also mentioned this would happen.This debate was already coded. ...

National Security Implications - Cryptography is drastically underestimated in its importance to US national security interests [1] - Zero-knowledge proofs are a fascinating area of development with potential national security use cases [1][6:31] - Blockchain technology holds significant value [19:31] Technological Opportunities & Challenges - AI and proof of human vs machine interactions present major opportunities [13:51] - Technical obstacles remain in the field [23:50] - There is a need to cut costs and improve efficiency [26:23] Applications & Integrations - Zero-knowledge proofs have applications in Bitcoin and crypto, including in regions like Afghanistan [1:34] - Bitcoin integration and future tech are areas of interest [29:39]

National Security & Cryptography - Zero-knowledge proofs are fundamental for secure information sharing, especially for satellites and secure networks, to prevent adversarial operations like network interference or false information injection [2] - The intelligence apparatus uses technologies like stablecoins and Bitcoin as tools, while also working to disrupt adversaries' use of the same tools [1][2] - Cryptography and automation can improve KYC processes, ensuring user information is protected even if a product is hacked [2] - Verifying cryptographic proofs on national identities is foundational for national security, linking digital finance innovations to real people and countries under actual laws [2] Technology & Scalability - ZK proofs are becoming increasingly sophisticated and performant, requiring specialized systems and networks to handle the value chain [3] - The industry is shifting from 80% R&D and 20% application to 20% R&D and 80% application, focusing on getting products into the market [3] - Ziki Verify is designed for verifying cryptographic proofs at scale, aiming to be the world's best in speed and magnitude [3] - The company is processing approximately 135 million proofs per year and anticipates scaling to billions, requiring further advancements in dedicated infrastructure [6] Cost & Efficiency - Specialization and offloading computation from expensive networks like Ethereum can lead to significant cost reductions, potentially making certain types of proofs virtually costless [6] - The company advertises a 90% cost reduction relative to Ethereum for certain types of proofs [6] Applications & Future Trends - There's a growing need for private execution environments for AI, where algorithms can train on private data without public exposure, using cryptography to verify the data's authenticity [3][4] - Digital identity for machines is emerging as a significant category, ensuring authorized machines interact correctly and don't go off the rails [4] - The vision is to support trillions of cryptographic transactions due to the proliferation of intelligent devices, machines, and humans engaging in the digital world [5]

Group 1 - D-Wave Quantum stock experienced a significant increase of 51.4% during the week, outperforming the S&P 500 and Nasdaq Composite, which rose 1.2% and 2.2% respectively [1][3] - The surge in D-Wave's share price was largely attributed to the Federal Reserve's decision to cut interest rates by a quarter of a percentage point, with expectations of two additional cuts later in the year [3][7] - Positive developments in the quantum computing sector, particularly a $5.8 million contract signed by Rigetti Computing with the Air Force Research Lab, contributed to the bullish sentiment surrounding D-Wave Quantum [4][7] Group 2 - The Trump administration is reportedly considering executive orders and measures to support the U.S. quantum computing industry, which could enhance government funding and support for the sector [5][7] - Despite the recent gains, analysts from The Motley Fool Stock Advisor have identified ten other stocks they believe are better investment opportunities than D-Wave Quantum [6]

Group 1 - Quantum Computing (NASDAQ: QUBT) stock is experiencing a significant surge, with a 25.4% increase in share price as of 1:15 p.m. ET, driven by news of increased U.S. Air Force research in quantum computing and potential executive orders from the Trump administration to accelerate quantum technology development [1][5] - The stock has gained approximately 41% year-to-date and 168% over the past six months, indicating strong performance despite high speculation in the quantum computing sector [3] - Lake Street initiated coverage on Quantum Computing with a buy rating and a one-year price target of $24 per share, suggesting an additional upside of roughly 4% from current levels [2] Group 2 - Quantum Computing is currently valued at over 8,960 times this year's expected sales, highlighting a high-risk valuation profile despite potential explosive sales growth linked to artificial intelligence and cryptography [4] - The recent bullish analyst coverage and government interest in quantum technologies may provide a sustained boost to Quantum Computing stock, making it an attractive option for high-risk investors [5][4]

Core Principle - Trustlessness eliminates the need for permissions from intermediaries [1] - Cryptographic rules offer reliability compared to breakable promises [1] Implications - Users are not dependent on relays or admin key holders [1] - Decisions should be based on cryptographic rules, not subjective feelings [1]

🚨 THROWBACK: In 1993, Eric Hughes released the Cypherpunks Manifesto.Privacy is freedom, and cypherpunks defend it with cryptography and code.This essay influenced the creation of $BTC https://t.co/p0nFYCXAf2 ...

🚨 INSIGHT: Quantum computing could soon break today’s cryptography, putting financial data and e-signatures at risk.Institutions need quantum-resistant tools to secure records, workflows, and audit trails.Paraguay’s Ueno Bank is adopting SignQuantum with @QANplatform, a hybrid L1 blockchain built for post-quantum security.The bank is adding quantum-safe signatures to e-signatures and anchoring proofs on QANplatform, creating verifiable, tamper-evident records aligned with NIST standards.Will quantum-safe bl ...

2/ Unified Interface for Different Workloads:Consolidated the prover’s interface to support both straightforward circuits (such as hashing) and more sophisticated computation graphs (such as machine learning models). This flexibility ensures the system can scale from simple cryptographic tasks to complex computational workloads. ...

Core Insights - SEALSQ Corp has enhanced its INeS PKI platform to include secure code signing services, aimed at protecting firmware integrity for connected devices, aligning with global cybersecurity regulations [1][3][4] - The platform now supports both legacy ECC and RSA algorithms, preparing customers for the quantum era while meeting current performance and regulatory needs [2][4] - The integration of code signing into the INeS platform provides a scalable, standards-based, and post-quantum-ready trust infrastructure for OEMs in various sectors, including IoT and critical infrastructure [3][5] Regulatory Compliance - The upgraded INeS platform addresses new regulations such as the EU Cyber Resilience Act and U.S. Executive Order 14028, which mandate software publishers to ensure the authenticity and integrity of software components [3][4][6] - INeS supports compliance-ready trust policies aligned with various standards, including ETSI EN 319 421 and ISO/IEC 27001, ensuring that firmware signing meets regulatory requirements [6] Market Position and Applications - SEALSQ's INeS platform is utilized by global manufacturers to manage digital identities for over 30 million smart meters and industrial IoT devices, enhancing firmware authenticity and compliance from chip to cloud [5][6] - The company is pioneering Post-Quantum Semiconductors that provide robust protection for sensitive data across multiple applications, including healthcare, automotive, and industrial automation [8]